SCIENTIAM QUIA OMNES
SCIENTIAM QUIA OMNES
SCIENTIAM QUIA OMNES
SCIENTIAM QUIA OMNES
SCIENTIAM QUIA OMNES
AEROSPACE ENGINEERING
AEROSPACE ENGINEERING
AEROSPACE ENGINEERING
AEROSPACE ENGINEERING
AEROSPACE ENGINEERING
PROPELLANT MASTER REGISTER
PROPELLANT MASTER REGISTER
PROPELLANT MASTER REGISTER
PROPELLANT MASTER REGISTER
PROPELLANT MASTER REGISTER
FL, Fluorine
FL, Fluorine
FL, Fluorine
FL, Fluorine
FL, Fluorine
FL, Fluorine
FL, Fluorine
FL, Fluorine
FL, Fluorine
FL-Ammonia
${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Azane
${ NH }_{ 3 }$
Molecular Weight (Fuel)
17.030’52
Mixture Ratio (X:1)
2.81
Specific Impulse (seconds @ sl)
334
Density Impulse (kg · s · l @ sl)
382
Effective Velocity (exhaust m / s)
3,278
Reference Velocity (exhaust m / s)
2,117
Chamber Temperature (K)
4,469
Exhaust Weight (g / mole)
18.60
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.14
| FL-Ammonia ${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Azane ${ NH }_{ 3 }$ Molecular Weight (Fuel) 17.030’52 Mixture Ratio (X:1) 2.81 Specific Impulse (seconds @ sl) 334 Density Impulse (kg · s · l @ sl) 382 Effective Velocity (exhaust m / s) 3,278 Reference Velocity (exhaust m / s) 2,117 Chamber Temperature (K) 4,469 Exhaust Weight (g / mole) 18.60 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.14 |
FL-Ammonia
${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Azane
${ NH }_{ 3 }$
Molecular Weight (Fuel)
17.030’52
Mixture Ratio (X:1)
2.81
Specific Impulse (seconds @ sl)
334
Density Impulse (kg · s · l @ sl)
382
Effective Velocity (exhaust m / s)
3,278
Reference Velocity (exhaust m / s)
2,117
Chamber Temperature (K)
4,469
Exhaust Weight (g / mole)
18.60
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.14
| FL-Ammonia ${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Azane ${ NH }_{ 3 }$ Molecular Weight (Fuel) 17.030’52 Mixture Ratio (X:1) 2.81 Specific Impulse (seconds @ sl) 334 Density Impulse (kg · s · l @ sl) 382 Effective Velocity (exhaust m / s) 3,278 Reference Velocity (exhaust m / s) 2,117 Chamber Temperature (K) 4,469 Exhaust Weight (g / mole) 18.60 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.14 |
FL-Ammonia
${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Azane
${ NH }_{ 3 }$
Molecular Weight (Fuel)
17.030’52
Mixture Ratio (X:1)
2.81
Specific Impulse (seconds @ sl)
334
Density Impulse (kg · s · l @ sl)
382
Effective Velocity (exhaust m / s)
3,278
Reference Velocity (exhaust m / s)
2,117
Chamber Temperature (K)
4,469
Exhaust Weight (g / mole)
18.60
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.14
| FL-Ammonia ${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Azane ${ NH }_{ 3 }$ Molecular Weight (Fuel) 17.030’52 Mixture Ratio (X:1) 2.81 Specific Impulse (seconds @ sl) 334 Density Impulse (kg · s · l @ sl) 382 Effective Velocity (exhaust m / s) 3,278 Reference Velocity (exhaust m / s) 2,117 Chamber Temperature (K) 4,469 Exhaust Weight (g / mole) 18.60 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.14 |
FL-Ammonia
${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Azane
${ NH }_{ 3 }$
Molecular Weight (Fuel)
17.030’52
Mixture Ratio (X:1)
2.81
Specific Impulse (seconds @ sl)
334
Density Impulse (kg · s · l @ sl)
382
Effective Velocity (exhaust m / s)
3,278
Reference Velocity (exhaust m / s)
2,117
Chamber Temperature (K)
4,469
Exhaust Weight (g / mole)
18.60
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.14
| FL-Ammonia ${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Azane ${ NH }_{ 3 }$ Molecular Weight (Fuel) 17.030’52 Mixture Ratio (X:1) 2.81 Specific Impulse (seconds @ sl) 334 Density Impulse (kg · s · l @ sl) 382 Effective Velocity (exhaust m / s) 3,278 Reference Velocity (exhaust m / s) 2,117 Chamber Temperature (K) 4,469 Exhaust Weight (g / mole) 18.60 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.14 |
FL-Ammonia
${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Azane
${ NH }_{ 3 }$
Molecular Weight (Fuel)
17.030’52
Mixture Ratio (X:1)
2.81
Specific Impulse (seconds @ sl)
334
Density Impulse (kg · s · l @ sl)
382
Effective Velocity (exhaust m / s)
3,278
Reference Velocity (exhaust m / s)
2,117
Chamber Temperature (K)
4,469
Exhaust Weight (g / mole)
18.60
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.14
| FL-Ammonia ${ F }_{ 2 }$ ⋅ ${ NH }_{ 3 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Azane ${ NH }_{ 3 }$ Molecular Weight (Fuel) 17.030’52 Mixture Ratio (X:1) 2.81 Specific Impulse (seconds @ sl) 334 Density Impulse (kg · s · l @ sl) 382 Effective Velocity (exhaust m / s) 3,278 Reference Velocity (exhaust m / s) 2,117 Chamber Temperature (K) 4,469 Exhaust Weight (g / mole) 18.60 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.14 |
FL-Ethanol-72
${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Ethanol (72%) Water (28%)
72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Molecular Weight (Fuel)
37.205’62
Mixture Ratio (X:1)
2.26
Specific Impulse (seconds @ sl)
317
Density Impulse (kg · s · l @ sl)
383
Effective Velocity (exhaust m / s)
3,106
Reference Velocity (exhaust m / s)
2,004
Chamber Temperature (K)
4,344
Exhaust Weight (g / mole)
20.20
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.21
| FL-Ethanol-72 ${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Ethanol (72%) Water (28%) 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Molecular Weight (Fuel) 37.205’62 Mixture Ratio (X:1) 2.26 Specific Impulse (seconds @ sl) 317 Density Impulse (kg · s · l @ sl) 383 Effective Velocity (exhaust m / s) 3,106 Reference Velocity (exhaust m / s) 2,004 Chamber Temperature (K) 4,344 Exhaust Weight (g / mole) 20.20 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.21 |
FL-Ethanol-72
${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Ethanol (72%) Water (28%)
72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Molecular Weight (Fuel)
37.205’62
Mixture Ratio (X:1)
2.26
Specific Impulse (seconds @ sl)
317
Density Impulse (kg · s · l @ sl)
383
Effective Velocity (exhaust m / s)
3,106
Reference Velocity (exhaust m / s)
2,004
Chamber Temperature (K)
4,344
Exhaust Weight (g / mole)
20.20
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.21
| FL-Ethanol-72 ${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Ethanol (72%) Water (28%) 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Molecular Weight (Fuel) 37.205’62 Mixture Ratio (X:1) 2.26 Specific Impulse (seconds @ sl) 317 Density Impulse (kg · s · l @ sl) 383 Effective Velocity (exhaust m / s) 3,106 Reference Velocity (exhaust m / s) 2,004 Chamber Temperature (K) 4,344 Exhaust Weight (g / mole) 20.20 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.21 |
FL-Ethanol-72
${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Ethanol (72%) Water (28%)
72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Molecular Weight (Fuel)
37.205’62
Mixture Ratio (X:1)
2.26
Specific Impulse (seconds @ sl)
317
Density Impulse (kg · s · l @ sl)
383
Effective Velocity (exhaust m / s)
3,106
Reference Velocity (exhaust m / s)
2,004
Chamber Temperature (K)
4,344
Exhaust Weight (g / mole)
20.20
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.21
| FL-Ethanol-72 ${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Ethanol (72%) Water (28%) 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Molecular Weight (Fuel) 37.205’62 Mixture Ratio (X:1) 2.26 Specific Impulse (seconds @ sl) 317 Density Impulse (kg · s · l @ sl) 383 Effective Velocity (exhaust m / s) 3,106 Reference Velocity (exhaust m / s) 2,004 Chamber Temperature (K) 4,344 Exhaust Weight (g / mole) 20.20 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.21 |
FL-Ethanol-72
${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Ethanol (72%) Water (28%)
72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Molecular Weight (Fuel)
37.205’62
Mixture Ratio (X:1)
2.26
Specific Impulse (seconds @ sl)
317
Density Impulse (kg · s · l @ sl)
383
Effective Velocity (exhaust m / s)
3,106
Reference Velocity (exhaust m / s)
2,004
Chamber Temperature (K)
4,344
Exhaust Weight (g / mole)
20.20
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.21
| FL-Ethanol-72 ${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Ethanol (72%) Water (28%) 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Molecular Weight (Fuel) 37.205’62 Mixture Ratio (X:1) 2.26 Specific Impulse (seconds @ sl) 317 Density Impulse (kg · s · l @ sl) 383 Effective Velocity (exhaust m / s) 3,106 Reference Velocity (exhaust m / s) 2,004 Chamber Temperature (K) 4,344 Exhaust Weight (g / mole) 20.20 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.21 |
FL-Ethanol-72
${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Ethanol (72%) Water (28%)
72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$)
Molecular Weight (Fuel)
37.205’62
Mixture Ratio (X:1)
2.26
Specific Impulse (seconds @ sl)
317
Density Impulse (kg · s · l @ sl)
383
Effective Velocity (exhaust m / s)
3,106
Reference Velocity (exhaust m / s)
2,004
Chamber Temperature (K)
4,344
Exhaust Weight (g / mole)
20.20
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.21
| FL-Ethanol-72 ${ F }_{ 2 }$ ⋅ 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Ethanol (72%) Water (28%) 72% (${ C }_{ 2 }{ H }_{ 5 }{ 0 }$) + 28% (${ H }_{ 2 }{ O }$) Molecular Weight (Fuel) 37.205’62 Mixture Ratio (X:1) 2.26 Specific Impulse (seconds @ sl) 317 Density Impulse (kg · s · l @ sl) 383 Effective Velocity (exhaust m / s) 3,106 Reference Velocity (exhaust m / s) 2,004 Chamber Temperature (K) 4,344 Exhaust Weight (g / mole) 20.20 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.21 |
FL-Hydrazine
${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Tetrahydridodinitrogen
${ N }_{ 2 }{ H }_{ 4 }$
Molecular Weight (Fuel)
92.011’00
Mixture Ratio (X:1)
1.82
Specific Impulse (seconds @ sl)
338
Density Impulse (kg · s · l @ sl)
432
Effective Velocity (exhaust m / s)
3,315
Reference Velocity (exhaust m / s)
2,143
Chamber Temperature (K)
4,544
Exhaust Weight (g / mole)
18.40
Specific Heat Ratio (gamma)
1.31
Propellant Density (kg / l)
1.28
| FL-Hydrazine ${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Tetrahydridodinitrogen ${ N }_{ 2 }{ H }_{ 4 }$ Molecular Weight (Fuel) 92.011’00 Mixture Ratio (X:1) 1.82 Specific Impulse (seconds @ sl) 338 Density Impulse (kg · s · l @ sl) 432 Effective Velocity (exhaust m / s) 3,315 Reference Velocity (exhaust m / s) 2,143 Chamber Temperature (K) 4,544 Exhaust Weight (g / mole) 18.40 Specific Heat Ratio (gamma) 1.31 Propellant Density (kg / l) 1.28 |
FL-Hydrazine
${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Tetrahydridodinitrogen
${ N }_{ 2 }{ H }_{ 4 }$
Molecular Weight (Fuel)
92.011’00
Mixture Ratio (X:1)
1.82
Specific Impulse (seconds @ sl)
338
Density Impulse (kg · s · l @ sl)
432
Effective Velocity (exhaust m / s)
3,315
Reference Velocity (exhaust m / s)
2,143
Chamber Temperature (K)
4,544
Exhaust Weight (g / mole)
18.40
Specific Heat Ratio (gamma)
1.31
Propellant Density (kg / l)
1.28
| FL-Hydrazine ${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Tetrahydridodinitrogen ${ N }_{ 2 }{ H }_{ 4 }$ Molecular Weight (Fuel) 92.011’00 Mixture Ratio (X:1) 1.82 Specific Impulse (seconds @ sl) 338 Density Impulse (kg · s · l @ sl) 432 Effective Velocity (exhaust m / s) 3,315 Reference Velocity (exhaust m / s) 2,143 Chamber Temperature (K) 4,544 Exhaust Weight (g / mole) 18.40 Specific Heat Ratio (gamma) 1.31 Propellant Density (kg / l) 1.28 |
FL-Hydrazine
${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Tetrahydridodinitrogen
${ N }_{ 2 }{ H }_{ 4 }$
Molecular Weight (Fuel)
92.011’00
Mixture Ratio (X:1)
1.82
Specific Impulse (seconds @ sl)
338
Density Impulse (kg · s · l @ sl)
432
Effective Velocity (exhaust m / s)
3,315
Reference Velocity (exhaust m / s)
2,143
Chamber Temperature (K)
4,544
Exhaust Weight (g / mole)
18.40
Specific Heat Ratio (gamma)
1.31
Propellant Density (kg / l)
1.28
| FL-Hydrazine ${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Tetrahydridodinitrogen ${ N }_{ 2 }{ H }_{ 4 }$ Molecular Weight (Fuel) 92.011’00 Mixture Ratio (X:1) 1.82 Specific Impulse (seconds @ sl) 338 Density Impulse (kg · s · l @ sl) 432 Effective Velocity (exhaust m / s) 3,315 Reference Velocity (exhaust m / s) 2,143 Chamber Temperature (K) 4,544 Exhaust Weight (g / mole) 18.40 Specific Heat Ratio (gamma) 1.31 Propellant Density (kg / l) 1.28 |
FL-Hydrazine
${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Tetrahydridodinitrogen
${ N }_{ 2 }{ H }_{ 4 }$
Molecular Weight (Fuel)
92.011’00
Mixture Ratio (X:1)
1.82
Specific Impulse (seconds @ sl)
338
Density Impulse (kg · s · l @ sl)
432
Effective Velocity (exhaust m / s)
3,315
Reference Velocity (exhaust m / s)
2,143
Chamber Temperature (K)
4,544
Exhaust Weight (g / mole)
18.40
Specific Heat Ratio (gamma)
1.31
Propellant Density (kg / l)
1.28
| FL-Hydrazine ${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Tetrahydridodinitrogen ${ N }_{ 2 }{ H }_{ 4 }$ Molecular Weight (Fuel) 92.011’00 Mixture Ratio (X:1) 1.82 Specific Impulse (seconds @ sl) 338 Density Impulse (kg · s · l @ sl) 432 Effective Velocity (exhaust m / s) 3,315 Reference Velocity (exhaust m / s) 2,143 Chamber Temperature (K) 4,544 Exhaust Weight (g / mole) 18.40 Specific Heat Ratio (gamma) 1.31 Propellant Density (kg / l) 1.28 |
FL-Hydrazine
${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Tetrahydridodinitrogen
${ N }_{ 2 }{ H }_{ 4 }$
Molecular Weight (Fuel)
92.011’00
Mixture Ratio (X:1)
1.82
Specific Impulse (seconds @ sl)
338
Density Impulse (kg · s · l @ sl)
432
Effective Velocity (exhaust m / s)
3,315
Reference Velocity (exhaust m / s)
2,143
Chamber Temperature (K)
4,544
Exhaust Weight (g / mole)
18.40
Specific Heat Ratio (gamma)
1.31
Propellant Density (kg / l)
1.28
| FL-Hydrazine ${ F }_{ 2 }$ ⋅ ${ N }_{ 2 }{ H }_{ 4 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Tetrahydridodinitrogen ${ N }_{ 2 }{ H }_{ 4 }$ Molecular Weight (Fuel) 92.011’00 Mixture Ratio (X:1) 1.82 Specific Impulse (seconds @ sl) 338 Density Impulse (kg · s · l @ sl) 432 Effective Velocity (exhaust m / s) 3,315 Reference Velocity (exhaust m / s) 2,143 Chamber Temperature (K) 4,544 Exhaust Weight (g / mole) 18.40 Specific Heat Ratio (gamma) 1.31 Propellant Density (kg / l) 1.28 |
FL-Hydrogen
${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Hydrogen
${ H }_{ 2 }$
Molecular Weight (Fuel)
2.015’88
Mixture Ratio (X:1)
6.00
Specific Impulse (seconds @ sl)
400
Density Impulse (kg · s · l @ sl)
155
Effective Velocity (exhaust m / s)
3,925
Reference Velocity (exhaust m / s)
2,528
Chamber Temperature (K)
3,548
Exhaust Weight (g / mole)
10.40
Specific Heat Ratio (gamma)
1.29
Propellant Density (kg / l)
0.39
| FL-Hydrogen ${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Hydrogen ${ H }_{ 2 }$ Molecular Weight (Fuel) 2.015’88 Mixture Ratio (X:1) 6.00 Specific Impulse (seconds @ sl) 400 Density Impulse (kg · s · l @ sl) 155 Effective Velocity (exhaust m / s) 3,925 Reference Velocity (exhaust m / s) 2,528 Chamber Temperature (K) 3,548 Exhaust Weight (g / mole) 10.40 Specific Heat Ratio (gamma) 1.29 Propellant Density (kg / l) 0.39 |
FL-Hydrogen
${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Hydrogen
${ H }_{ 2 }$
Molecular Weight (Fuel)
2.015’88
Mixture Ratio (X:1)
6.00
Specific Impulse (seconds @ sl)
400
Density Impulse (kg · s · l @ sl)
155
Effective Velocity (exhaust m / s)
3,925
Reference Velocity (exhaust m / s)
2,528
Chamber Temperature (K)
3,548
Exhaust Weight (g / mole)
10.40
Specific Heat Ratio (gamma)
1.29
Propellant Density (kg / l)
0.39
| FL-Hydrogen ${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Hydrogen ${ H }_{ 2 }$ Molecular Weight (Fuel) 2.015’88 Mixture Ratio (X:1) 6.00 Specific Impulse (seconds @ sl) 400 Density Impulse (kg · s · l @ sl) 155 Effective Velocity (exhaust m / s) 3,925 Reference Velocity (exhaust m / s) 2,528 Chamber Temperature (K) 3,548 Exhaust Weight (g / mole) 10.40 Specific Heat Ratio (gamma) 1.29 Propellant Density (kg / l) 0.39 |
FL-Hydrogen
${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Hydrogen
${ H }_{ 2 }$
Molecular Weight (Fuel)
2.015’88
Mixture Ratio (X:1)
6.00
Specific Impulse (seconds @ sl)
400
Density Impulse (kg · s · l @ sl)
155
Effective Velocity (exhaust m / s)
3,925
Reference Velocity (exhaust m / s)
2,528
Chamber Temperature (K)
3,548
Exhaust Weight (g / mole)
10.40
Specific Heat Ratio (gamma)
1.29
Propellant Density (kg / l)
0.39
| FL-Hydrogen ${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Hydrogen ${ H }_{ 2 }$ Molecular Weight (Fuel) 2.015’88 Mixture Ratio (X:1) 6.00 Specific Impulse (seconds @ sl) 400 Density Impulse (kg · s · l @ sl) 155 Effective Velocity (exhaust m / s) 3,925 Reference Velocity (exhaust m / s) 2,528 Chamber Temperature (K) 3,548 Exhaust Weight (g / mole) 10.40 Specific Heat Ratio (gamma) 1.29 Propellant Density (kg / l) 0.39 |
FL-Hydrogen
${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Hydrogen
${ H }_{ 2 }$
Molecular Weight (Fuel)
2.015’88
Mixture Ratio (X:1)
6.00
Specific Impulse (seconds @ sl)
400
Density Impulse (kg · s · l @ sl)
155
Effective Velocity (exhaust m / s)
3,925
Reference Velocity (exhaust m / s)
2,528
Chamber Temperature (K)
3,548
Exhaust Weight (g / mole)
10.40
Specific Heat Ratio (gamma)
1.29
Propellant Density (kg / l)
0.39
| FL-Hydrogen ${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Hydrogen ${ H }_{ 2 }$ Molecular Weight (Fuel) 2.015’88 Mixture Ratio (X:1) 6.00 Specific Impulse (seconds @ sl) 400 Density Impulse (kg · s · l @ sl) 155 Effective Velocity (exhaust m / s) 3,925 Reference Velocity (exhaust m / s) 2,528 Chamber Temperature (K) 3,548 Exhaust Weight (g / mole) 10.40 Specific Heat Ratio (gamma) 1.29 Propellant Density (kg / l) 0.39 |
FL-Hydrogen
${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Hydrogen
${ H }_{ 2 }$
Molecular Weight (Fuel)
2.015’88
Mixture Ratio (X:1)
6.00
Specific Impulse (seconds @ sl)
400
Density Impulse (kg · s · l @ sl)
155
Effective Velocity (exhaust m / s)
3,925
Reference Velocity (exhaust m / s)
2,528
Chamber Temperature (K)
3,548
Exhaust Weight (g / mole)
10.40
Specific Heat Ratio (gamma)
1.29
Propellant Density (kg / l)
0.39
| FL-Hydrogen ${ F }_{ 2 }$ ⋅ ${ H }_{ 2 }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Hydrogen ${ H }_{ 2 }$ Molecular Weight (Fuel) 2.015’88 Mixture Ratio (X:1) 6.00 Specific Impulse (seconds @ sl) 400 Density Impulse (kg · s · l @ sl) 155 Effective Velocity (exhaust m / s) 3,925 Reference Velocity (exhaust m / s) 2,528 Chamber Temperature (K) 3,548 Exhaust Weight (g / mole) 10.40 Specific Heat Ratio (gamma) 1.29 Propellant Density (kg / l) 0.39 |
FL-Methanol
${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Methyl Alcohol
${ CH }_{ 3 }{ OH }$
Molecular Weight (Fuel)
32.041’86
Mixture Ratio (X:1)
2.20
Specific Impulse (seconds @ sl)
321
Density Impulse (kg · s · l @ sl)
376
Effective Velocity (exhaust m / s)
3,146
Reference Velocity (exhaust m / s)
2,030
Chamber Temperature (K)
4,402
Exhaust Weight (g / mole)
19.90
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.17
| FL-Methanol ${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Methyl Alcohol ${ CH }_{ 3 }{ OH }$ Molecular Weight (Fuel) 32.041’86 Mixture Ratio (X:1) 2.20 Specific Impulse (seconds @ sl) 321 Density Impulse (kg · s · l @ sl) 376 Effective Velocity (exhaust m / s) 3,146 Reference Velocity (exhaust m / s) 2,030 Chamber Temperature (K) 4,402 Exhaust Weight (g / mole) 19.90 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.17 |
FL-Methanol
${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Methyl Alcohol
${ CH }_{ 3 }{ OH }$
Molecular Weight (Fuel)
32.041’86
Mixture Ratio (X:1)
2.20
Specific Impulse (seconds @ sl)
321
Density Impulse (kg · s · l @ sl)
376
Effective Velocity (exhaust m / s)
3,146
Reference Velocity (exhaust m / s)
2,030
Chamber Temperature (K)
4,402
Exhaust Weight (g / mole)
19.90
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.17
| FL-Methanol ${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Methyl Alcohol ${ CH }_{ 3 }{ OH }$ Molecular Weight (Fuel) 32.041’86 Mixture Ratio (X:1) 2.20 Specific Impulse (seconds @ sl) 321 Density Impulse (kg · s · l @ sl) 376 Effective Velocity (exhaust m / s) 3,146 Reference Velocity (exhaust m / s) 2,030 Chamber Temperature (K) 4,402 Exhaust Weight (g / mole) 19.90 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.17 |
FL-Methanol
${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Methyl Alcohol
${ CH }_{ 3 }{ OH }$
Molecular Weight (Fuel)
32.041’86
Mixture Ratio (X:1)
2.20
Specific Impulse (seconds @ sl)
321
Density Impulse (kg · s · l @ sl)
376
Effective Velocity (exhaust m / s)
3,146
Reference Velocity (exhaust m / s)
2,030
Chamber Temperature (K)
4,402
Exhaust Weight (g / mole)
19.90
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.17
| FL-Methanol ${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Methyl Alcohol ${ CH }_{ 3 }{ OH }$ Molecular Weight (Fuel) 32.041’86 Mixture Ratio (X:1) 2.20 Specific Impulse (seconds @ sl) 321 Density Impulse (kg · s · l @ sl) 376 Effective Velocity (exhaust m / s) 3,146 Reference Velocity (exhaust m / s) 2,030 Chamber Temperature (K) 4,402 Exhaust Weight (g / mole) 19.90 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.17 |
FL-Methanol
${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Methyl Alcohol
${ CH }_{ 3 }{ OH }$
Molecular Weight (Fuel)
32.041’86
Mixture Ratio (X:1)
2.20
Specific Impulse (seconds @ sl)
321
Density Impulse (kg · s · l @ sl)
376
Effective Velocity (exhaust m / s)
3,146
Reference Velocity (exhaust m / s)
2,030
Chamber Temperature (K)
4,402
Exhaust Weight (g / mole)
19.90
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.17
| FL-Methanol ${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Methyl Alcohol ${ CH }_{ 3 }{ OH }$ Molecular Weight (Fuel) 32.041’86 Mixture Ratio (X:1) 2.20 Specific Impulse (seconds @ sl) 321 Density Impulse (kg · s · l @ sl) 376 Effective Velocity (exhaust m / s) 3,146 Reference Velocity (exhaust m / s) 2,030 Chamber Temperature (K) 4,402 Exhaust Weight (g / mole) 19.90 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.17 |
FL-Methanol
${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$
Oxidiser (Liquid)
Fluorine
${ F }_{ 2 }$
Molecular Weight (Oxidiser)
37.996’806’4
Fuel (Liquid)
Methyl Alcohol
${ CH }_{ 3 }{ OH }$
Molecular Weight (Fuel)
32.041’86
Mixture Ratio (X:1)
2.20
Specific Impulse (seconds @ sl)
321
Density Impulse (kg · s · l @ sl)
376
Effective Velocity (exhaust m / s)
3,146
Reference Velocity (exhaust m / s)
2,030
Chamber Temperature (K)
4,402
Exhaust Weight (g / mole)
19.90
Specific Heat Ratio (gamma)
1.30
Propellant Density (kg / l)
1.17
| FL-Methanol ${ F }_{ 2 }$ ⋅ ${ CH }_{ 3 }{ OH }$ Oxidiser (Liquid) Fluorine ${ F }_{ 2 }$ Molecular Weight (Oxidiser) 37.996’806’4 Fuel (Liquid) Methyl Alcohol ${ CH }_{ 3 }{ OH }$ Molecular Weight (Fuel) 32.041’86 Mixture Ratio (X:1) 2.20 Specific Impulse (seconds @ sl) 321 Density Impulse (kg · s · l @ sl) 376 Effective Velocity (exhaust m / s) 3,146 Reference Velocity (exhaust m / s) 2,030 Chamber Temperature (K) 4,402 Exhaust Weight (g / mole) 19.90 Specific Heat Ratio (gamma) 1.30 Propellant Density (kg / l) 1.17 |